Read The Singularity Is Near: When Humans Transcend Biology Online
Authors: Ray Kurzweil
Tags: #Non-Fiction, #Fringe Science, #Retail, #Technology, #Amazon.com
paper documents, 327, 328, 588
n
Papert, Seymour, 156, 177, 497
n
, 539
n
, 544
n
Pap-smear slides, 282–283
paradigm, 42–46, 127–128
asymptote of, 44, 45, 231, 244
fifth,
see
Moore’s Law
life cycle of, 43–46,
43, 44
, 67, 72
of self-organizing chaotic processes, 459–462
sixth,
see
three-dimensional molecular computing
paradigm shifts, 16, 30, 43, 47, 94, 323, 434
acceleration of, 9, 11, 17–20,
17–20
, 25, 28, 36, 42, 44, 48–50,
48–50
, 264, 324, 334, 432, 511
n
–512
n
complexity and, 38
defined, 36
doubling rate for, 50, 56, 338, 469, 512
n
economic cycles and, 106
exponential growth of RAM capacity over, 75,
75
for fifteen lists of key events, 18,
19
, 501
n
–502
n
lock-in vs., 429–430
mistakes during, 13
punctuated equilibrium vs., 44–45, 510
n
–511
n
technology hype cycle for, 263–264
paralysis, 173, 195, 308–309
parietal lobes, 202
parity, 190, 208
Parker, Pat, 598
n
Parkinson’s disease, 303, 549
n
biotechnology and, 216
brain reverse engineering and, 144, 195
neural implants for, 195, 255, 308, 384, 585
n
Parmentola, John A., 331, 588
n
particle accelerators, high-energy, 403–404
particles, 120, 134, 168, 355, 520
n
, 521
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in event horizon, 363, 486–487, 503
n
Lloyd’s estimates on, 364–365
quantum-entangled, 353–354, 363, 487
Pascual-Leone, Alvaro, 175, 543
n
passivity, 373
past, 7, 11, 408, 409–410, 436
Pasteur, Louis, 226
patents, 106, 525
n
, 533
n
brain reverse engineering and, 146, 537
n
nanorelated, 84,
84
pathogens, 282, 371
bioengineered, 407, 409, 417
“enhanced intelligence” cells and, 221
gene sequences of, 395
microbivores and, 254, 306
nanobots and, 300, 303, 397
self-replicating, 423–424
software,
see
software viruses
see also specific pathogens
“pathogen sentinel” program, 423
patternists, 5, 385, 388, 474
pattern recognition, 135, 260–261, 309, 316, 435, 438, 439, 480, 482
brain and, 8, 16, 25–26, 124, 143, 149, 150, 173, 441, 456, 501
n
chaotic computing and, 173, 441, 475
computer chess and, 274, 277, 278, 441, 459
evolutionary algorithms and, 92, 152, 271, 461
“hypothesis and test” in, 186–187,
187
irreversible computing and, 130
Markov models and, 151, 152, 278, 461
in medical diagnosis, 281–283
memory and, 126
military software and, 279–280, 335
neural nets and, 151, 152, 156, 268–269, 271, 461
by robots, 286
patterns:
of body, 371, 383–384
of brain, 325, 371, 383–384, 463–464, 475, 477–478
copies of, 383–384
emergent, 463–464, 467–468, 475, 477–478, 480
of energy and matter, 325, 383–384, 385, 431, 474
evolution and, 14–21, 388
of information, 5, 258, 460, 522
n
of interneuronal connections, 260, 317, 337, 445, 463
knowledge as, 323, 386
of neurotransmitters, 260, 317, 337, 440, 445, 463
self as, 383, 386
of special cells, 297
transcendence and, 388
uploading of, 377
PCBs, 253
PDAs (personal digital assistants), 125
Pearson, Helen, 560
n
Peng, Jinping, 562
n
Penn, Anna, 523
n
, 539
n
Pennisi, Elizabeth, 510
n
Pennsylvania, University of, Neuroengineering Research Laboratory of, 162, 530
n
Penrose, Roger, 201, 450–452, 600
n
Pentium processors, 276
Peploski, James, 561
n
, 562
n
peptides, 217, 233, 308
gene expression and, 213, 223, 232
perception, 190, 191, 194
feedforward sequence and, 154, 186, 574
n
see also
visual systems
Perceptron, 156
Perceptrons
(Minsky and Papert), 156
Perry, Jason K., 563
n
Perry, Martin, 561
n
, 562
n
personal computers,
17, 18
, 406, 473
changing of, 324–325
human intelligence emulated by, 25, 70, 125–126, 441–442, 533
n
IBM 7094 compared with, 64–65
laptops,
see
laptop computers
mass use of,
50
, 512
n
MIPS provided by, 64–65, 122
notebook,
see
notebook computers
spam messages on, 255–256
speed of, 276
personality, 225
backing up of, 323
location of, 200
uploading of, 124–125, 166, 199–201, 429, 451
in virtual reality, 29, 314–316, 587
n
personal services, 340
pesticides, 224, 253, 415
Peters, James A., 549
n
Peterson, Christine, 229, 395, 558
n
, 598
n
Petricoin, Emanuel F., III, 282, 581
n
pharmaceutical companies, 303
Philipkoski, Kristen, 514
n
, 570
n
, 581
n
Phoenix, Chris, 400, 595
n
phonautographs, 52
phone books, information in, 90
phonemes, 268
phonetics, 268, 278
phonographs, 52–53, 55
photolithography, 45, 116, 122
photons, 119, 141, 162, 353
photoreceptor neurons, 166, 547
n
photovoltaics, 246, 249
physical reality, 9
nanotechnology in manipulation of, 4, 28
spirituality and, 388
physician-patient relationship, 104
physics,
20
, 168, 320, 411, 454
constants of, 139–140, 356, 359–362, 365, 499
n
, 592
n
digital theory of, 86–87, 518
n
–522
n
in Epoch One, 14–15,
15
intelligence compared with, 364
Newtonian, 520
n
singularity in, 23
n
, 486, 487, 503
n
virtual reality and, 319
phytochemicals, 301, 304
pianos, 53, 55
Picasso, Pablo, 202
Pick Best Next Step program, 272–273, 577
n
–580
n
picotechnology, 138–139, 141, 351, 536
n
piercing, body, 310
pigs, HIV-type xenoviruses in, 418
piracy, intellectual, 339
Pirsig, Robert M., 392
Pitts, W., 155, 539
n
plague, 398, 402, 409
Planck constant, 133–134, 359, 360, 365, 592
n
planets, 280, 342, 349, 357
in Drake equation, 345, 346, 347
see also
Earth
planning, 190, 191, 194
“Plastic Fantastic Lover” (song), 300
plastics, self-healing, 335
plastic surgery, 310
Plato, 326
play, 300, 341–342
pleasure:
of breathing, 306
eating and, 301, 304
sex and, 301, 307, 315, 319
Plus, Mark, 498
n
plutonium, 393
pocket computers, 444
Poe, Edgar Allan, 312
poetry, 202
recursive search and, 273, 577
n
–580
n
Poggio, Tomaso, 166, 179, 532
n
, 541
n
, 544
n
, 546
n
, 547
n
on neuron as chip, 530
n
, 538
n
visual processing and, 186, 194
polarization, 344
political issue(s):
biotechnology and, 223, 224
encryption trapdoor and, 422
nanotechnology and, 423, 426
preemptive action as, 423–424
political patron model, 472
pollution, 28, 243, 251–253
Polsson, Ken, 513
n
polyethylene glycol, 332
polymerase chain reaction (PCR), 117, 530
n
polymer (or hydrogel) particles, 583
n
polymers:
biodegradable, 243
electrically actuated, 583
n
polynucleotides, 207
Pons, Stanley, 567
n
Pontil, M., 547
n
pool, software for, 288
Popper, A., 545
n
population growth, 99, 321, 433
Port, Otis, 580
n
, 581
n
portable electronics, 56, 113, 247
positron-emission tomography (PET), 160–161
Posner, M. I., 540
n
posterior inferior-temporal cortex cells, 175
posterior parietal-cortex cells, 175
posterior ventromedial nucleus (VMpo), 193, 314
Postma, Henk W. Ch., 527
n
post-Singularity period, as posthumanism, 374
Pouget, Alexandre, 179
poverty, 241, 259, 372, 397, 410, 424
in World Bank report, 99, 338, 396, 470
power loom, invention of, 507
n
power plants, 255, 409, 420
power relationships, access to knowledge and, 104
Prater, Corwyn, 320
precautionary principle, 403, 404
precursor stage, 51
Predator, 280, 332, 335
predictions:
as brain feature, 190–191
cellular automata and, 88–89, 90, 519
n
, 521
n
–522
n
computational processes and, 93
of future, 432
of materialism, 431, 473–475
of properties of gas, 168, 432
as test of theory of physics, 519
n
prefrontal cortex, 170
Preskill, John, 363
Preston, Richard, 595
n
price-performance, 432
of brain scanning, 144, 197, 265, 292